def test_minimax(self):
"""Test a bad move"""
game = ttt.Game()
game.current_user = '******'
game.player_board = [1, 2]
game.player_board = [5, 9, 4]
game.computer_token = 'O'
game.player_token = 'X'
game.open_moves = range(2, 10)
self.assertEqual(ttt.minimax(game), -1)
def test_find_best_move(self):
"""Should return best move"""
game = ttt.Game()
game.current_user = '******'
game.player_board = [1]
game.computer_board = []
game.computer_token = 'O'
game.player_token = 'X'
game.open_moves = range(2, 10)
self.assertEqual(ttt.find_best_move(game, take_five=False), 5)
def main(argv):
configs = (
(ttt_player.APlayer(ttt.Board.default_p1),
ttt_player.APlayer(ttt.Board.default_p2)),
(ttt_player.APlayer(ttt.Board.default_p1),
ttt_player.ADPlayer(ttt.Board.default_p2)),
(ttt_player.APlayer(ttt.Board.default_p1),
ttt_player.DPlayer(ttt.Board.default_p2)),
(ttt_player.ADPlayer(ttt.Board.default_p1),
ttt_player.APlayer(ttt.Board.default_p2)),
(ttt_player.ADPlayer(ttt.Board.default_p1),
ttt_player.ADPlayer(ttt.Board.default_p2)),
(ttt_player.ADPlayer(ttt.Board.default_p1),
ttt_player.DPlayer(ttt.Board.default_p2)),
(ttt_player.DPlayer(ttt.Board.default_p1),
ttt_player.APlayer(ttt.Board.default_p2)),
(ttt_player.DPlayer(ttt.Board.default_p1),
ttt_player.ADPlayer(ttt.Board.default_p2)),
(ttt_player.DPlayer(ttt.Board.default_p1),
ttt_player.DPlayer(ttt.Board.default_p2)),
)
configs = (
(ttt_player.DRPlayer(ttt.Board.default_p1, params={'dr': 0.95}),
ttt_player.DRPlayer(ttt.Board.default_p2)),
(ttt_player.DRPlayer(ttt.Board.default_p1),
ttt_player.DRPlayer(ttt.Board.default_p2, params={'dr': 0.95})),
)
configs = (
(ttt_player.DRPlayer(ttt.Board.default_p1, params={'dr': 0.95}),
ttt_player.APlayer(ttt.Board.default_p2)),
(ttt_player.DRPlayer(ttt.Board.default_p1, params={'dr': 0.9}),
ttt_player.ADPlayer(ttt.Board.default_p2)),
(ttt_player.DRPlayer(ttt.Board.default_p1, params={'dr': 0.95}),
ttt_player.DPlayer(ttt.Board.default_p2)),
(ttt_player.DRPlayer(ttt.Board.default_p1, params={'dr': 0.95}),
ttt_player.DRPlayer(ttt.Board.default_p2)),
(ttt_player.APlayer(ttt.Board.default_p2),
ttt_player.DRPlayer(ttt.Board.default_p1, params={'dr': 0.95})),
(ttt_player.ADPlayer(ttt.Board.default_p2),
ttt_player.DRPlayer(ttt.Board.default_p1, params={'dr': 0.95})),
(ttt_player.DPlayer(ttt.Board.default_p2),
ttt_player.DRPlayer(ttt.Board.default_p1, params={'dr': 0.95})),
(ttt_player.DRPlayer(ttt.Board.default_p2),
ttt_player.DRPlayer(ttt.Board.default_p1, params={'dr': 0.95})),
)
res = []
for idx, config in enumerate(configs):
res.append({None: 0, ttt.Board.default_p1: 0, ttt.Board.default_p2: 0})
for exper in range(0, 10):
g = ttt.Game(config[0], config[1])
g.start()
res[idx][g.b.who_won()] += 1
print('%s, %s vs %s' % (res[idx], config[0].name, config[1].name))
def runGame(userInput):
### Take user input and Map it to a runnable game - then engage that class
if userInput == 1:
#Run Game 1: Rock Paper Scissors
newGame = rps.Game()
newGame.intro()
newGame.gameLoop()
mainMenu()
elif userInput == 2:
#Run Game 2: Tic - Tac - Toe
newGame = ttt.Game()
newGame.intro()
newGame.gameLoop()
mainMenu()
elif userInput == 3:
#Run Game 3: Number Guessing Game
newGame = ngg.Game()
newGame.intro()
newGame.gameLoop()
mainMenu()
elif userInput == 4:
sys.exit()
else:
mainMenu()
def test_draw_board(self):
"""Printable board should be returned"""
game = ttt.Game()
test_board = '1 2 3 \n4 5 6 \n7 8 9 '
self.assertEqual(ttt.draw_board(game), test_board)
def setUp(self):
self.game = ttt.Game()